Global autonomous surveillance network

SENTRADRON

SENTRADRON provides persistent 24/7 situational awareness across maritime, coastal, and terrestrial environments worldwide.

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Global deployment

Coordinate surveillance across ports, coastlines, borders, and inland infrastructure in one operating layer.

Land and sea awareness

Adapt missions around live maritime activity, terrestrial movement, and environmental risk signals.

Solutions topics

Explore the platform by topic

  • autonomous UAV fleets
  • intelligent deployment pods
  • Automatic Payload Interchange Modules (APIM)
  • resilient communication infrastructure
  • centralized AI intelligence systems
  • GIS-based command and control platforms
About SENTRADRON

A scalable autonomous surveillance platform for continuous operations.

SENTRADRON combines autonomous UAV fleets, intelligent deployment pods, Automatic Payload Interchange Modules, resilient communications, centralized AI intelligence, and GIS-based command systems into a unified architecture for persistent monitoring across maritime, coastal, and terrestrial environments.

Autonomous Drone Operations

SENTRADRON UAV mission capabilities operate with minimal human input across every phase of a mission.

  1. 01Autonomous launch and landing
  2. 02Autonomous patrol routing
  3. 03Automated drone rotation and charging cycles
  4. 04Multi-drone fleet coordination
  5. 05Fail-safe operational procedures
  6. 06Dynamic mission reassignment
  7. 07Autonomous operational recovery

Intelligent Deployment Pods

Autonomous operational nodes designed for long-duration unmanned operations across the most demanding environments.

Infrastructure node

Pod capabilities

  • Multi-drone docking capability
  • Autonomous charging systems
  • Environmental protection systems
  • Local edge-computing infrastructure
  • Communication management systems
  • Mission coordination systems
  • Remote operational control
  • Battery storage systems
  • Integrated solar-power support

Designed for deployment in

Coastal regions
Ports and harbours
Offshore infrastructure
Remote operational areas

Environmental protection

The protection architecture is engineered to sustain operations across severe conditions.

Snow conditions Low-temperature environments Rain and wind exposure Maritime corrosion conditions
Structural components use modular and 3D-printable designs to support scalable manufacturing and rapid deployment.

Automatic Payload Interchange Modules (APIM)

A key SENTRADRON innovation - enabling drones to autonomously select, retrieve, mount, and configure mission-specific payloads without human intervention, dramatically improving mission flexibility and operational readiness.

What APIM enables autonomously

Select mission-specific payloads

Retrieve and mount payload configurations

Initialize sensors and communication interfaces

Calibrate operational payloads

Exchange payload configurations between missions

Operational benefits

Mission flexibility Operational readiness Fleet adaptability Faster turnaround Autonomous scalability

Supported mission roles

The modular payload ecosystem enables rapid role transitions across a wide range of operational scenarios.

Maritime surveillance

Border monitoring

Environmental observation

Communication relay

Reconnaissance

Emergency response

Infrastructure monitoring

AI-Driven Intelligence Platform

A centralized AI infrastructure processes large-scale operational surveillance data collected by the autonomous drone network - transforming raw sensor feeds into actionable intelligence.

Computer vision systems

Real-time object and pattern recognition across aerial surveillance feeds.

Multimodal AI analysis

Fused reasoning across imagery, telemetry, and sensor data streams.

Geospatial intelligence

Location-aware analysis integrated with GIS mapping and operational zones.

Anomaly-detection frameworks

Automated flagging of deviations from established operational baselines.

Large Language Models (LLMs)

Natural-language summaries, operator reports, and contextual decision support.

Continuous training pipelines

Models improve over time from real operational data across all mission environments.

GIS Command and Control Platform

All processed intelligence integrates into a GIS-based command and control platform giving operators real-time situational awareness and mission coordination capability across every active zone.

Platform also supports

  • Mission reassignment and remote intervention
  • Operational planning and multi-drone coordination
  • Alert management and historical intelligence analysis

Authorized operator access

Live drone positions
Operational telemetry
Surveillance feeds
AI-generated detections
Operational alerts
Historical mission analysis
Geospatial intelligence
Mission planning systems
Fleet coordination interfaces

Resilient Communication Infrastructure

A multi-layer communication architecture supporting both real-time and semi-real-time operational synchronization across dispersed land, coastal, and maritime deployments.

Infrastructure components

  • Satellite communication systems
  • Secure wireless communication links
  • Fiber-connected deployment infrastructure
  • Encrypted telemetry systems
  • High-bandwidth synchronization capability

Active mission transmissions

During active missions drones transmit across the communication stack:

01 - Mission-critical operational data

02 - Telemetry information

03 - Alerts and anomaly notifications

Technology foundation

Scalable Swedish dual-use surveillance built on open and commercial platforms.

Commercial drone platforms Open-source flight control AI-driven intelligence Edge computing Modular manufacturing